There are a growing number of careers that require specific training on technical equipment. From benchtop spectrometers to tabletop microscopes and arc welding supplies, there are many times when mastering a specific kind of equipment can help you get a great paying job. Although there are many people who think that they have to attain a four year degree to earn a good living, the fact of the matter is there are many times when there are really great salaries available if you are trained in a specific kind of skill. Mastering the use of benchtop spectrometers can help you find a job in any number of industries.
Typically used for analysis, an NMR spectrometer is used for recording and measuring spectra. For engineers and mechanics and scientists, mastering the skill of using a spectrometer makes you very valuable to many companies.
Scientific Training on Specific Kinds of Equipment Makes People Very Desirable in Today’s Job Market
In modern chemistry, nuclear magnetic resonance (NMR) is one of the top analytical methods, and one of the most useful in a number of fields. And while there are a number of items that can be measured with this piece of equipment, the truth is that the number one most studied nuclei are hydrogen nuclei. There are many people who spend a good deal of time and money getting a physics or engineering degree, there are others who realize that trade school training that allows you to use very specific kinds of scientific equipment can provide a faster path to a well paying job. With little debt after earning an associates degree, many of these specifically trained workers are able to get further training or degrees that are covered by their employers.
Consider some fo the facts and figures about the use of spectrometers and implications that they have on the research that so many industries rely on:
- Drug discovery is a multi-billion dollar industry and chemists and the equipment that they use, including spectrometers, play an integral role in many points on the drug discovery roadmap.
- The first commercial spectrometers were created and quickly became a key tool for research chemists in the 1950s.
- The superconducting magnet had been largely adopted by chemists in the 1960s, although the first commercial spectrometers were based on conventional electromagnets and permanent magnets.
- In 2012, the Los Alamos National Laboratory team set a new world record for the strongest nondestructive magnet field.
- This new world record was 100.75 tesla, a magnetic field that is nearly 30 times stronger than the field delivered during a medical MRI scan, and 100 times more powerful than a junkyard magnet.
If you are looking for a good way to start a profitable career, it is important to know that training to work benchtop spectrometers may be a great start.